Dell 407-BBRJ 10GBE SFP Transceiver

Overview

The Dell 407-BBRJ is a 10 Gigabit Ethernet SFP+ transceiver designed to provide reliable short-range optical connectivity within data centers and enterprise networks. It operates using an 850 nm laser to transmit data over OM3 multimode fiber for distances up to 100 meters, making it well suited for linking adjacent racks, wiring closets, or modular server bays. This transceiver supports high-bandwidth applications and ensures consistent performance where low latency and uptime are critical.

Key features

• 10 GbE SFP+ optical interface that supports high-speed data transfer for demanding network environments
• Operates at 850 nm wavelength optimized for short-range multimode fiber connections
• Supports transmission distances up to 100 meters over OM3 multimode fiber, ideal for typical data center layouts
• LC duplex connector design that simplifies fiber cable management in dense rack setups
• Hot-swappable module allowing easy installation or replacement without powering down equipment, minimizing downtime
• Compatible with standard SFP+ ports, ensuring broad interoperability with existing network hardware
• Manufactured and qualified by Dell to deliver consistent signal clarity and dependable 10 GbE performance

Key specs

• Data rate: 10 Gigabit Ethernet (10 GbE)
• Wavelength: 850 nm
• Fiber type: OM3 multimode fiber
• Maximum transmission distance: 100 meters
• Connector type: LC duplex
• Form factor: SFP+
• Hot-swappable: Yes

Connectivity and compatibility

This transceiver fits into any standard SFP+ port, making it compatible with a wide range of Dell switches and other networking equipment that support 10 GbE SFP+ modules. The LC duplex connector ensures a secure and organized connection to multimode fiber cables, which are commonly used in data center environments. Its hot-swappable design allows network administrators to maintain and upgrade connections without interrupting network operations.

Ideal uses and environments

The Dell 407-BBRJ is a strong choice for data centers and enterprise networks that require high-speed, short-range optical links. It works well for connecting top-of-rack switches to aggregation layers, supporting bandwidth-intensive virtual machines, and linking storage arrays that demand more throughput than copper cabling can provide. Its reliable performance and ease of maintenance make it suitable for environments where network availability and low latency are essential.